开普勒系统光学测距和频率传输的评估:初步实验室测试

R. M. Calvo, J. Poliak, J. Surof, R. Wolf
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引用次数: 2

摘要

在全球导航卫星系统的未来发展中采用光学卫星间链路可以实现诸如系统内通信、时间传递和精确测距等关键能力。这项工作报告了一个实验室演示器的发展,旨在验证双向光链路在受控环境中的性能。报告了在30米自由空间链路上双向频率传输和单向测距性能的首次测试结果。
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Evaluation of optical ranging and frequency transfer for the Kepler system : preliminary laboratory tests
The adoption of optical inter-satellite links in future evolutions of Global Navigation Satellite Systems could enable key capabilities such as intra-system communication, time-transfer and precise ranging. This work reports on the development of a laboratory demonstrator designed to verify the performance of two-way optical links in a controlled environment. First test results on the performance of bi-directional frequency transfer and single directional ranging over a 30 m free-space link are reported.
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